Buslink CipherShield CSX8TSDRG2 DAS Storage System

Meet Buslink CipherShield CSX8TSDRG2, a high-performance eight-bay DAS storage system designed for professionals who demand speed, security, and scalable capacity. The latest revision features a USB 3.1 Gen 2 interface capable of transferring files at speeds up to 10 Gbps, unlocking the full potential of the newest generation of SSDs and dramatically reducing the time spent on large transfers, backups, and on-set editing. With CipherShield hardware encryption built in, your data stays protected at rest without sacrificing throughput, making CSX8TSDRG2 an ideal choice for studios, post houses, IT teams, and data-driven enterprises seeking secure, dependable performance.

• Ultra-fast USB 3.1 Gen 2 connectivity up to 10 Gbps enables rapid transfers of multi-terabyte video libraries, RAW photo archives, and large project backups. When paired with modern SSDs, you’ll notice significantly shorter wait times during file ingestion, review, and collaboration across workstations.
• CipherShield hardware encryption provides robust, hardware-based protection for data at rest. This security feature helps safeguard sensitive media and business information without adding a noticeable performance penalty, supporting compliance needs and peace of mind for IT administrators.
• Eight hot-swappable bays offer scalable storage capacity and simplified maintenance. Drive changes can be made on the fly, minimizing downtime, while flexible configuration options let you tailor performance and redundancy to your workflow.
• Direct-attached storage (DAS) designed for demanding workflows delivers consistent, high-throughput access ideal for 4K/8K video editing, large-scale backups, archiving, and fast data migrations. The CSX8TSDRG2 is built to handle sustained throughput across intensive workloads with minimal latency.
• Cross-platform compatibility and easy deployment supports Windows and macOS environments with straightforward plug-and-play setup, making it easy to integrate into mixed-OS studios, editing suites, and IT environments without complex server infrastructure.

Technical Details of Buslink CipherShield CSX8TSDRG2 DAS Storage System

• Model: CSX8TSDRG2
• Bays: 8 hot-swappable drive bays
• Interface: USB 3.1 Gen 2 (up to 10 Gbps)
• Encryption: CipherShield hardware-based encryption for data at rest
• Form factor: Direct-attached storage (DAS)

How to install Buslink CipherShield CSX8TSDRG2 DAS Storage System

• Power off your computer and connect the CSX8TSDRG2 to your workstation using a USB 3.1 Gen 2 cable.
• Power on the DAS unit and allow it to initialize; the device will appear as a new storage volume in your operating system.
• If you are populating empty bays, insert compatible drives into the eight bays and secure them according to the included guidelines; ensure the drives are suitable for your intended configuration.
• Format or initialize the new storage as required by your OS, then configure any desired encryption settings and drive arrays if supported by firmware.
• Begin transferring data and integrating the CSX8TSDRG2 into your workflow for backups, media projects, or shared access across devices.

Frequently asked questions

• Q: What is CipherShield? A: Hardware-based encryption built into the DAS to protect data at rest, ensuring sensitive information remains secure even if the device is disconnected from its host.
• Q: How fast is USB 3.1 Gen 2 on this system? A: Up to 10 Gbps theoretical throughput; real-world speeds depend on the drives used and the host computer configuration.
• Q: How many drives does the CSX8TSDRG2 support? A: Eight hot-swappable bays, allowing scalable storage expansion and easy maintenance.
• Q: Is the system compatible with Windows and macOS? A: Yes, it works across major operating systems with straightforward plug-and-play connectivity for common editing and backup workflows.
• Q: Can I configure drive redundancy or RAID-like options? A: The unit offers flexible drive configuration to balance performance and protection; consult firmware documentation for supported options and steps to implement them.